Multi-party audio-visual collaborative intelligent management and control system and control method

Abstract

The invention discloses a multi-party audio-visual collaborative intelligent management and control system and a control method. The multi-party audio-visual collaborative intelligent management and control system includes an intelligent on-site service guarantee center, a mobile intelligent command terminal, an audio and video interaction component, a distributed ad hoc network expansion unit, A cloud management system and a buffer assembly for installing an audio and video interaction component on a helmet; the intelligent field service guarantee center includes a first information processing module and a wireless communication module electrically connected to the first information processing module, a power supply and a power supply control module; the distributed ad hoc network expansion unit is electrically connected with the first information processing module, and is used for extending the wireless network coverage of the intelligent field service guarantee center to not less than 2000 meters; the cloud management system passes through the wireless communication module It is wirelessly connected with the first information processing module. The invention improves the collaborative work efficiency of many people outdoors, reduces the accident risk in the process of outdoor work, and improves the protection of the camera at the same time.

Description

technical field [0001] The invention relates to the fields of computer, network, communication and other information technologies, in particular to a multi-party audio-visual collaborative intelligent management and control system and control method. Background technique [0002] Most of the existing outdoor on-site construction, on-site control and on-site organization are mainly realized by walkie-talkie or law enforcement recorder. During special high-altitude operations, the person in charge of the ground must press and hold the talk button of the walkie-talkie or law enforcement recorder to communicate with the high-altitude operators. In order to complete the on-site real-time communication, the operator needs to suspend the work in progress. Most of the calls on the walkie-talkie or law enforcement recorder can only be spoken by one person at the same time, and it is impossible for multiple people to communicate in real time. At the same time, it cannot solve the prob...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing outdoor on-site construction, on-site control and on-site organization are mainly realized by walkie-talkie or law enforcement recorder. During special high-altitude operations, the person in charge of the ground must press and hold the talk button of the walkie-talkie or law enforcement recorder to communicate with the high-altitude operators. In order to complete the on-site real-time communication, the operator needs to suspend the work in progress

Most of the calls on the walkie-talkie or law enforcement recorder can only be spoken by one person at the same time, and it is impossible for multiple people to communicate in real time. At the same time, it cannot solve the visual difference problem when multiple people work on different planes at the same time

At present, the walkie-talkie or law enforcement recorder equipment cannot fulfill the customization needs of the integrated support management system in the work process

[0003] In order to solve the communication problem between the operator and the person in charge in the above problems, some helmet-mounted cameras have appeared at present, but this kind of camera can only work with the help of the operator's 4G network. In a remote working environment, due to network restrictions, instead of using

In addition, the existing helmet with a camera is to fix the camera on the helmet, and the two are rigidly connected

It is impossible to avoid the collision between the helmet and other objects during the construction work. Due to the rigid connection and no buffer, the camera is easily damaged, which greatly reduces the service life of the camera.

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